International audienceThis article derives the scaling factor of a subthreshold inverter-based envelope detector. The scaling factor was simulated at the transistor-level using BSIM4 model parameters in 180 nm CMOS. A close analysis of the the calculated scaling factor shows that the minimum and the maximum of the scaling factor are within 10 percent of those obtained in simulation, suggesting that the scaling factor of the inverter-based envelope detector biased in the subthreshold region is accurately modeled
Technology being ever-changing holds large demand for ultra-low power circuits. Transistors operatin...
Subthreshold operation of digital circuits enables minimum energy consumption. In this article, we o...
AbstractThere is no doubt that operating the MOSFET transistor in the subthreshold region, where the...
International audienceThis article derives the scaling factor of a subthreshold inverter-based envel...
International audiencePrevious studies have shown that a transistor's transconductance-to-drain-curr...
Author Information Zhak: Department of Electrical Engineering and Computer Science, MIT, Cambridge,...
In this document, a simple circuit constructed using a diode, a resistor, and a capacitor, utilized ...
International audienceRecent studies have shown that the power consumption of a wake-up receiver can...
As the development of a technology, semiconductor needs to be smaller and more advance. According to...
Mainstream CMOS is now a well-established detector readout technology. We review technology scaling ...
According to Moore‟s Law, the no of transistors in an IC chip doubles every 18 months. This leads in...
In this work we provide measurements on low power envelope detector and compare them with results pr...
Abstract - Device scaling is directly responsible for Moore’s law and has enabled remarkable improve...
This paper presents analytical expressions for the sensitivity of a low power envelope detector driv...
Submicron CMOS technologies provide well-established solutions to the implementation of low-noise fr...
Technology being ever-changing holds large demand for ultra-low power circuits. Transistors operatin...
Subthreshold operation of digital circuits enables minimum energy consumption. In this article, we o...
AbstractThere is no doubt that operating the MOSFET transistor in the subthreshold region, where the...
International audienceThis article derives the scaling factor of a subthreshold inverter-based envel...
International audiencePrevious studies have shown that a transistor's transconductance-to-drain-curr...
Author Information Zhak: Department of Electrical Engineering and Computer Science, MIT, Cambridge,...
In this document, a simple circuit constructed using a diode, a resistor, and a capacitor, utilized ...
International audienceRecent studies have shown that the power consumption of a wake-up receiver can...
As the development of a technology, semiconductor needs to be smaller and more advance. According to...
Mainstream CMOS is now a well-established detector readout technology. We review technology scaling ...
According to Moore‟s Law, the no of transistors in an IC chip doubles every 18 months. This leads in...
In this work we provide measurements on low power envelope detector and compare them with results pr...
Abstract - Device scaling is directly responsible for Moore’s law and has enabled remarkable improve...
This paper presents analytical expressions for the sensitivity of a low power envelope detector driv...
Submicron CMOS technologies provide well-established solutions to the implementation of low-noise fr...
Technology being ever-changing holds large demand for ultra-low power circuits. Transistors operatin...
Subthreshold operation of digital circuits enables minimum energy consumption. In this article, we o...
AbstractThere is no doubt that operating the MOSFET transistor in the subthreshold region, where the...